Category: Remote Controlled

Quark 2016 – A Cosmic Odyssey Days of festival: 5th, 6th & 7th February 2016 I participated in Line Following, Roborace and, for the first time, Open Showcase! RoboRace Objective: Design & build a remote controlled all-terrain racer that can traverse any given path with obstacles like rocks, sand, slopes, uneven

This is a follow-up to my previous tutorial Internet of Things with Raspberry Pi – 1. (If you’re not familiar with web servers, PHP coding and the basic concepts of IOT, you should probably go through part 1 first.) In the previous tutorial, we set up an Apache 2 web server

When I was new to IOT (Internet Of Things), I saw that there were hardly any tutorials which were simple enough for a beginner to understand and try out. There was either to much technical jargon, or the hardware was too complex. So now that I’ve played around with IOT a bit, I decided to

Sometimes you’re plain old alarm clock just isn’t good enough. You need a drastic change in the external environment to shake you out of your deep slumber. And this is just what the Bluetooth Smart Alarm does best! The project consists of 3 modules and an Android application (made using MIT

Quark 2015! This is one of India’s largest tech fest, which took place recently at the BITS Pilani, Goa campus in Vasco. The festival was from 6th to 8th of February and had some great minds from across the world attending it. I was there too. Participating in Line Following, Robot

Recently, NIT Goa had their techfest, Technival 2014. I participated in two events held there. The first was Laburinthos (Line following) held on 8th November And the second was RUSH, a race for All Terrain Vehicles. LFR v1.0 came 4th for Laburinthos and ATV Bot bagged the 2nd place in RUSH. Laburinthos was

ATV Bot is exactly what it’s name says: an All Terrain Vehicle. Equipped with 4 powerful 500 rpm DC geared motors and a strong powder coated metallic chassis, this bot can even race across gravel! One of it’s best features is that it uses an RF (radio frequency) module and hence